Dorje Brody has been invited to speak at a three-day (24-26 March) workshop on “Common trends in non-Hermitian physics: black holes and quantum optics“, held at the Chancery Lane Conference Centre, in London. The workshop aims to explore the shared concepts and structures that emerge in non-Hermitian physics, with a particular focus on black hole […]
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The paper “Localized patterns“, co-authored by Jason Bramburger (Concordia University, Canada), Dan Hill (Universitat des Saarlandes, Germany), and David Lloyd, has been accepted for publication in SIAM Review. The paper reviews recent advances regarding the complex behavior of localized patterns and the mathematical tools that have been developed to understand them, covering various topics from […]
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Professor Dame Alison Etheridge (Statistics, Oxford University) visited Maths@Surrey today (Friday 7 March) and gave a Colloquium talk. Dame Alison is first President of the Academy for the Mathematical Sciences and was also Chair of the Mathematical Sciences sub-panel of the 2021 Research Excellence Framework (REF). The title of her talk today was “The forwards […]
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Paul Bergold is visiting the School this week (3-8 March) for research interaction with Cesare Tronci and Andrea Rocco. Paul and Cesare discussed their latest paper about momentum coupling (Rashba Hamiltonians) for the koopmons. During his visit, Paul gave a talk on Thursday 6 March in the Fundamental Mathematics Seminar series on “Solving the time-dependent […]
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Tom Bridges visited the Courant Institute today (Wednesday 5 March) for research interaction. His host for the visit was Yuri Latushkin, and they worked on various research problems involving the Maslov index, Fredholm operators, and the stability of solitary waves. The institute is name after Richard Courant and the photo below shows Tom and Yuri […]
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The paper “Decoherence implies information gain”, co-authored by Dorje Brody and Lane Hughston (Goldsmiths University of London) has been published this week in Physical Review Research. In the literature, quantum decoherence — a phenomenon that captures the emergence of classical world from the underlying quantum — is understood to represent the loss of information from […]
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